Planetary Resources Development Corporation

Latest events

• Jun 2015Federal grantNASA · Phase II · The Compact Hyperspectral Aberration-Corrected Platform (CHAP), an Instrument for Microspacecraft.$750K
• May 2015Federal grantNASA · Phase II · Integrated Propulsion and Primary Structure Module for Small Satellite and CubeSat Applications$750K
• Jul 2014Federal contractNASA · Igf::ot::igf Other Functions: Contractor To Deliver A Study To How The Arkyd Spacecraft Series Could Be Utilized To Inform, Support And Enhance Nasa's Robotic And Human Exploration Of Neas. Specifically, The Contractor Will Investigate How Its Arkyd Spacecraft Series Could Be Used To Perform Several Roles Including: 1. Nanosatellite In-situ Investigation As An Arm Spacecraft Companion 2. Nanosatellite Asteroid Precursor Missions As Part Of Sls EM1 Flight Or Other Mission 3. Microsatellite Precu$50K
• Jul 2014Federal contractNASA · Igf::ot::igf Other Functions: Asteroid Redirect Crewed Mission (arcm) Research Project Provided By Planetary Resources Development Corporation To NASA, The Asteroid Retrieval Mission (arm) And Asteroid Redirect Crewed Mission (acrm) Teams A Partnership Opportunities Document (pod) Conveying A Unique Commercial Perspective On The Architecture Challenges And Opportunities That Both Governments And Businesses Will Face In Partnering Towards Continued Exploration And Exploitation Of Humanity's Reso$50K
• Jun 2014Federal contractNASA · Igf::ot::igf Over The Last Decade, The Cubesat Platform Has Emerged As A Viable Alternative For Both Innovative Technology Development And Scientific Investigation. However, To Fully Realize The Platform's Potential, Propulsion Capability Is Required. For Low-cost Spacecraft Developers, This Capability Remains Among The Most Resource Intensive To Successfully Implement. Planetary Resources Development Corporation (prdc) Proposes To Significantly Reduce Required Resources By Seamlessly Integratin$125K
• Jun 2014Federal contractNASA · Igf::ot::igf In-situ Analysis Of Solar System Bodies Plays A Crucial Role In Understanding The Evolution Of Our Planet, Setting The Stage For Life's Origins. As Has Been Demonstrated By Several NASA Interplanetary Missions, There Is No Replacement For In-situ Observations, Like Spectral Imaging, That Prove Critical For Understanding The Context Of Solar System Bodies. There Is, However, A Conflict Between More Capability At The Target And The Desire For Minimizing Mission Cost. Minimizing The Ma$125K
• May 2013Federal contractNASA · Igf::ot::igf Sample Return Missions, By Nature, Require High Levels Of Spacecraft Autonomy. Developments In Hardware Avionics Have Led To More Capable Real-time Onboard Computing Platforms, Which Allow For The Implementation Of More Sophisticated Algorithms. A Real-time Convex Optimizer Named Coarse (convex Optimizer For Asteroid Rendezvous And Sampling Return) Is Proposed In Order To Efficiently Guide Path Planning Operations As Well As Spacecraft Guidance And Control. Coarse Consists Of A Ser$124K

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